Oh fuck... It's so stupid it's smart.
I don’t trust the liberal science agenda so I did my own research. Using some back-of-the-napkin math and my telescope, I’m now blind from looking at the sun through a telescope. This is being transcribed by my trad wife. My results:
2 > 1
This one checks out, folks.
What, you don't believe in the Nemesis hypothesis?
Because that would bring it up to... hang on, let me get my calculator...
Two stars in the solar system.
Thank you for your service.
You only see the bright white light kind of star?
That's racist.
You should have looked up the water molecule first. The average water molecule has 3 atoms unless you mix it with a base.
Which means you need 3>1 which still evaluates to true for me.
As someone who worked in a gas station for 24 years..
sigh
I’d do it. I’d suck it up. I’d make some damn good friends along the way and then I’d never maintain those friendships and feel guilty for the rest of rest of my life. “Just call him, dipshit. He’s going through a divorce! Just go fishing! Pleaaassse! Ok, here goes. Tomorrow.”
Always tomorrow.
You got me. Had to whatever the thought equivalent of double take is.
I love this because even though I read the words, I interpreted it to mean something else for a second. (atoms and galaxy) Be careful when you read things and don't assume you know something.
Mmm... Yeah!
Second time i see this, still funny :)
Made me think for a second.
It's true
And this prove what exactly...??
Once again, 2 > 1 holds true.
Thank fuck. I was worried for a second.
That there are more hydrogen atoms in a single molecule of water than there are s's in your entire comment.
that stars don't have hydrogen atoms
You do realize what instant you are in right?
i already knew the sun was a star, but know i know the other stars are just a wallpaper.
Jupiter and Saturn are brown dwarves, and fit many definitions of "star".
They are both large enough to have developed a hydrogen plasma core furnace that dissolves the rock and ice that was once their core. They are more than just a hydrogen atmosphere, down to the core they're a big ball of plasma undergoing all of the same physics as stellar tissue, except the pressure at the center isn't enough to ignite fusion.
Uranus and Neptune, meanwhile, are likely too small for this, and maintain a fluid ice layer and rocky core beneath their hydrogen envelopes. There is not enough hydrogen for it to take over these worlds. Therefore, they are planets, not brown dwarf stars.
Jupiter and Saturn, however, have grown large enough for the hydrogen to have turned to plasma and dissolved and supplanted their cores with a plasma furnace.
The solar system has three stars. We are not too early to explore other star systems. We know of many planets around Jupiter and Saturn. The extraterrestrial planet with most earth-like atmosphere and surface geology that we know of is Titan, and it's in our neighboring (sub) star system. Huygens and Juice and Europa Clipper and Dragonfly are humanity's first missions to planets around other stars.
Jupiter and Saturn are not brown dwarves.
https://www.astronomy.com/science/ask-astro-why-is-jupiter-not-a-star-or-a-brown-dwarf/
dated July 1997 issue of the magazine
Here's Jupiter on Wikipedia's list of Y-class brown dwarves.
Jupiter and Saturn are in fact brown dwarves.
Stellar classes are OBAFGKMLTY, from most to least massive.
Jupiter and Saturn are not brown dwarfs.
The IAU definition for brown dwarf requires it to be an object of at least 13 Jupiter masses (which is roughly the limit required for deuterium fusion).
Also being so below the threshold, they do not have enough mass to fuse hydrogen. Their cores are most likely a combination of fluid metallic hydrogen and other denser materials based on our current models.
